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Upgrade your KTM 950 with the PUIG HI-TECH PARTS New Generation Windscreen, expertly designed to complement your bike's sleek profile and enhance your riding experience. Crafted from durable 3 mm high-impact acrylic, this windscreen offers excellent resistance to impacts and weather elements, ensuring long-lasting performance on the road or trail. Its dark smoke tint not only provides a stylish look but also reduces glare and eye strain during sunny rides, making it a perfect addition for riders who value both form and function.
Specifically engineered to fit the most current Naked KTM models, the PUIG 5053F windscreens feature non-round shapes that provide a seamless and precise fit, ensuring that your bike maintains its aerodynamic integrity. The 14.5-inch height offers optimal wind protection without compromising visibility or handling, allowing you to ride comfortably at higher speeds and over longer distances. Whether you're commuting, touring, or enjoying spirited rides, this windscreen helps reduce wind fatigue and enhances overall rider comfort.
Installation is straightforward with the included mounting hardware, and the high-quality acrylic material ensures clarity and durability over time. The dark smoke finish adds a sophisticated touch, blending seamlessly with your bike*s aesthetics. Designed with attention to detail and precision, the PUIG HI-TECH PARTS windscreen is a reliable upgrade that combines style, protection, and durability, making it a must-have accessory for KTM 950 owners who demand the best.
Features:
* Made of 3 mm high-impact acrylic for durability and impact resistance
* Dark smoke tint reduces glare and eye strain during sunny rides
* Precisely designed for the most current Naked KTM models for a perfect fit
* Non-round shape ensures a seamless finish and aerodynamic performance
* 14.5-inch height offers excellent wind protection without obstructing visibility
* Easy installation with included mounting hardware
* Stylish design enhances the bike's aesthetics while providing practical wind deflection
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